The Ultimate - Electrical Circuits ( Module - 2 )

Network Theory , Circuit Theory , Engineering Circuit Analysis

What you'll learn
Be able to learn the Basic concepts of AC circuits
Be able to solve AC circuits problems
Be able to design Basic AC circuits and Networks
understand the concepts of Network Theorems and Solving Problems
Requirements
Basic Electrical circuits concept like mesh analysis and Nodal Analysis
Basic concept from Mathematics
Description
To develop problem solving skills and understanding of circuit theory through the application of techniques.To understand how voltage , current and power from given circuit.This course deals with AC circuits and Network Theorems.This  subject is used all electrical and electronic circuits subject to sole the circuits.To understand all network theorems and applications.To design Filters and tuned circuits.What you will learn :Different Types of SignalsVoltage and Current relations in passive elementsSeries RLC CircuitsParallel RLC CircuitsResonanceLaplace Transform Analysis CircuitsNETWORK THEOREMS ( SUPER POSITION THEOREM )NETWORK THEOREMS ( THEVENIN 'S AND NORTAN'S)Important information before you enroll!If you find the course useless for your career, don't forget you are covered by a 30-day money back guarantee.Once enrolled, you have unlimited, 24/7, lifetime access to the course (unless you choose to drop the course during the first 30 days).You will have instant and free access to any updates I'll add to the course - video lectures, additional resources, quizzes, exercises.You will benefit from my full support regarding any question you might have, This is not just a programming course, You will play with signals and systems.Check out the promo video at the top of this page and some of the free preview lectures in the curriculum to get a taste of my teaching style and methods before making your decision

Overview

Section 1: Introduction

Lecture 1 Introduction

Lecture 2 Complex signals representations

Lecture 3 Complex signal representation - 01

Lecture 4 Sinusoidal Signal Representation

Lecture 5 Sinusoidal Signal Representation -01

Lecture 6 Sinusoidal Signal Representation -02

Lecture 7 Square Waveform Representation

Lecture 8 Triangular Waveform Representation

Lecture 9 Average and RMS values from AC circuits

Lecture 10 Form Factor and Peak Factor

Lecture 11 Average and RMS values of sinusoidal signal

Lecture 12 Average and RMS values of sinusoidal signal - 01

Lecture 13 Average and RMS values of Other signals

Lecture 14 Problems on AVG and RMS

Section 2: Voltage and Current relations in passive elements

Lecture 15 Introduction

Lecture 16 V and I relation in resistor

Lecture 17 Power in pure resistor

Lecture 18 AC Source across Pure Inductor

Lecture 19 AC Source across Pure Capacitor

Section 3: Series RLC circuits

Lecture 20 V and I relations in R,L,C parameters

Lecture 21 RL series Circuit

Lecture 22 Power in AC circuits

Lecture 23 RC series Circuit

Lecture 24 RLC series Circuit

Lecture 25 Problems on RLC series Circuit

Lecture 26 Problems on RLC series Circuit - 1

Lecture 27 Assignment - 1

Section 4: Parallel RLC Circuits

Lecture 28 PARALLEL RL CIRCUIT

Lecture 29 PARALLEL RC CIRCUIT

Lecture 30 Parallel RLC Circuits

Lecture 31 Problems on RLC circuits -03

Section 5: RESONANCE

Lecture 32 Introduction

Lecture 33 Introduction - 1

Lecture 34 Series Resonance Circuit

Lecture 35 Series Resonance Circuit - 1

Lecture 36 Impedance and frequency relation

Lecture 37 Quality Factor and Bandwidth of RLC circuit

Lecture 38 Power factor and frequency relation in series RLC circuit

Lecture 39 Problems on series resonance circuits

Lecture 40 Problems on series resonance circuits -1

Lecture 41 Problems on series resonance circuits -2

Lecture 42 Parallel Resonance circuit

Lecture 43 Problems on Resonance circuits

Section 6: Laplace Transform Analysis Circuits

Lecture 44 LAPLACE TRANSFORM INTRODUCTION

Lecture 45 Series RC Circuits

Lecture 46 Series RC and RL Circuits

Lecture 47 Problems on Filters

Lecture 48 Step Response of RC Circuit

Lecture 49 Second Order Systems -01

Lecture 50 Responses of Second Order Systems

Lecture 51 Parallel RLC Circuits Responses

Lecture 52 Problems on RLC circuits

Lecture 53 Problems on RLC circuits - 01

Lecture 54 Problems on RLC circuits - 02

Lecture 55 Assignment - 2

Lecture 56 Assignment - 2_Solutions

Section 7: NETWORK THEOREMS ( SUPER POSITION THEOREM )

Lecture 57 Introduction - Superposition Theorems

Lecture 58 Super Position Theorem - Lecture-01

Lecture 59 Super Position Theorem - Lecture-02

Lecture 60 Super Position Theorem - Lecture-03

Lecture 61 Super Position Theorem - Lecture-04

Lecture 62 Super Position Theorem - Lecture-05

Lecture 63 Super Position Theorem - Lecture-06

Lecture 64 Super Position Theorem - Lecture-07

Lecture 65 Super Position Theorem - Lecture-09

Section 8: NETWORK THEOREMS ( THEVENIN 'S AND NORTAN'S)

Lecture 66 THEVENINS AND NORTON'S THEOREM INTRODUCTION

Lecture 67 PROBLEMS ON THEOREMS - 01

Lecture 68 PROBLEMS ON THEOREMS - 02

Lecture 69 PROBLEMS ON THEOREMS - 03

Lecture 70 THEVENIN'S THEOREM_Problem01

Lecture 71 THEVENIN'S THEOREM_Problem02

Lecture 72 THEVENIN'S THEOREM_Problem04

Lecture 73 THEVENIN'S THEOREM_Problem05

Lecture 74 Maximum Power Transfer theorem

Lecture 75 Maximum Power Transfer theorem -01

Lecture 76 Maximum Power Transfer theorem -03

Lecture 77 Maximum Power Transfer theorem -02

Lecture 78 MILLMAN'S THEOREM

Lecture 79 MILLMAN'S THEOREM -01

Lecture 80 DUALITY THEOREM

Lecture 81 TELLEGEN'S THEOREM_0

Lecture 82 TELLEGEN'S THEOREM

Lecture 83 RECIPROCITY THEOREM

Lecture 84 RECIPROCITY THEOREM - 01

Lecture 85 RECIPROCITY THEOREM - 02

Lecture 86 Assignment - 3

Lecture 87 Assignment - 4

Lecture 88 Assignment - 5

Lecture 89 Assignment - 3_Solutions

Lecture 90 Assignment - 4_Solutions

Lecture 91 Assignment - 5_Solutions

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